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A Computer Vision Model For Classifying Terrain.
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Sonoma.edu
π₯ Watch the project
video
Table of Contents
This project was completed as a senior capstone project at Sonoma State University in fall 2024.
This project is part of the larger BioSCape initiative, a collaboration aimed at understanding biodiversity in the Greater Cape Floristic Region.
The Biodiversity Survey of the Cape is a NASA-SANSA Biodiversity research project focused on the Greater Cape Floristic Region of South Africa.
- This initiative utilizes hyperspectral images captured by the AVIRIS-NG remote sensor to analyze and classify land cover types. These hyperspectral images, containing 432 bands, provide detailed spectral data that enable precise classification across diverse ecological categories.
Learn more about BioSCape.
- Wetlands
- Planted Forest
- Permanent Crops (e.g., vineyard)
- Unconsolidated Barren
- Natural Grassland
- Consolidated Barren (e.g., rocks, salt pans)
- Built-up Areas
- Mixed or Not Classified
- Natural Wooded Land
- Waterbodies
- Annual Crops (e.g., wheat)
- Shrubs
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Hyperspectral Land Cover Mapping
Leveraged hyperspectral imaging from the remote sensor AVIRIS-NG to classify the terrain into the categories listed above. -
2D Classification Approach
Explored a two-dimensional (2D) methodology for land cover classification. See the 1D approach here.
- Clone the repo
git clone https://github.com/V1sionaries-Landcover-Classification.git
See the open issues for a full list of proposed features (and known issues).
Four students worked together to implement this project.
Blake Marshall - LinkedIn
Sean Farmer - LinkedIn
Jacob Sellers - LinkedIn
Isauro Ramos - LinkedIn
Distributed under the MIT License. See LICENSE.txt
for more information.